LED Cube

  • Price:

    Negotiable

  • minimum:

  • Total supply:

  • Delivery term:

    The date of payment from buyers deliver within days

  • seat:

    Guangdong

  • Validity to:

    Long-term effective

  • Last update:

    2018-05-24 02:09

  • Browse the number:

    233

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Company Profile

ERALED Optoelectronics Co.,Ltd

By certification [File Integrity]

Contact:taihely(Mr.)  

Email:

Telephone:

Phone:

Area:Guangdong

Address:Guangdong

Website:http://www.eraled.net/ http://taihely.web-86.com/

Product details

LED Cube


LED Cube which is also called Cubic LED Display, also known as LED light cube or LED magic cube, six sides 90 assembling with stereo displaying realized the seamless assembling completely and brought magnificent effect. LED cube with 6pcs faces of LED screen, can show 6pcs different video respectively, and also can show 1 video with a whole. 

Gives the audience significant feeling, make 100% attraction. 

Can be used for outdoor, water proof standard. 

Can be used for indoor, HD video effect.

Can be different pixel pitch.

Can be different size based on the module size

Special design of the structure.

Aluminum material structure, light weight and perfect for cooling. 

Special design of the software.

Support a variety of external signal access with Video processor.

Front access maintenance. 

Whole finished products, no need extra installation work

 

Energy saving: 

50% energy saving with very low power consumption, low electricity fee, low heat generation, much longer lifetime, long lifetime high brightness and low failure pixels;

Wide application and short ROI: 

High resolution, high brightness, energy saving advantages make it fit for various wide application, like: outdoor and indoor advertising, rental and events, staging and decoration, mobile truck vehicle advertising, poster advertising, government and commercial advertising; Sports Stadium live broadcasting and perimeter banner advertising for Football Stadium, Basketball Stadium, Baseball and Softball Stadium, Hockey Stadium, Aquatics and Natatorium Stadium; digital scoreboards, billboards and video displays, Message Displays, Audio Systems,etc.

High Contrast, High Frequency and high Color Capacity: 

5000: 1 Contrast Ratio- a very high level to ensure a vivid image of our LED displays system. 3840HZ High Frequency- a very high level to ensure a non-flicking video rebroadcasting. 16 bit, 281 trillion color Capacity-a very high gray grade to create a vivid live video effect.

First-class LED chip: 

Supplied by Next-generation Nichia LED from Japan, CREE LED from USA, Nationstar LED from China best LED Stock Listed Company to ensure high brightness, uniform colors and the long lifetime our LED display system.

Sun-Cutting Long-term high Calibrated Brightness and Brightness: 

6000 nits brightness capacity throughout product lifetime of the LED display, creating the only true daylight viewable solution,ensuring Clear vivid image quality even in direct, full-on sunlight to ensure you attracts more audience to get short ROI of your LED display’s investment.

Easy Installation, operation and servicing: 

Easy and simple installation interface and user friendly software to ensure the user friendly interface of the LED display system.

Convenient maintenance: 

Front and rear cabinet access make the maintain work very convenient and low cost to help you concentrate more time and energy on your main marketing promotion business.

24/7/365 Display Health: 

Optional display monitoring increases display uptime and offers an immediate response should an error occur.

Creative LED display is also called special shape LED display, it's innovated, created centered LED display. Creative LED display mainly include LED Cube, LED Circular Display, Diamond DJ stage LED display,3D DJ stage LED display,Magic cube LED display, glass wall LED display, Dancing floor LED display, Lattice LED display,LED meteor light,LED strip light, LED pixel wall, soft LED display, ball shape LED display etc.

Three major challenges facing the development of LED industry

In reviewing China's semiconductor lighting industry for 13 years of development history, we can see the LED industry still faces three challenges: First, industry innovation is not strong, the second is structural overcapacity, the third is industrial development environment needed to be improved. That expresses in  the entire industry showed lower profits, product quality  homogeneity, lack of market order and other issues.

To solve the problem of the whole industry a driving force, to solve the technical support and product export issue are priority.

How to Adjust the white balance on LED Display 

The display debugging process, there is an adjustable white balance. So let's look at what is white balance.

White balance is to describe the display of the red, green , blue color mixture white after generation as an indicator of the accuracy . White balance is a very important field of television camera concept , through which you can solve color reproduction and tonal range of issues handled .

White balance is not defective display, changing the color and brightness without affecting the white purity , that does not appear cast, but will not have other variegated doping which, as a large screen for a high-end dedicated display purposes , even if it is very small , " cast " will affect the picture color quality .

The LED Display is composed by a large number of LED lamps . White balance consistency problems are quite common , which is the industry often encounter difficult problems.

Display device manufacturers require suppliers to provide 5nm wavelength range and 1:1.3 brightness range of the LED device supplier by these indicators through color separation machine reaches the voltage grading consistency generally not required . Typically , full-color display is composed of numerous red, green and blue LED components makes up a pixel for each color LED brightness, wavelength determines the consistency of the display brightness uniformity , white consistency and color degree of consistency. Generally . LED brightness differences in the brightness range of 1:1.3 , blue, green and red wavelength difference is less than 5nm wavelength difference is less than 3nm this lamp composed display (LED Display other conditions perfect ) will be the opposite conditions were fairly good balance consistency the display may appear Huaping, consistent bad results.

Ie, when viewed at different angles , angled so the LED full color led lights display the same direction with an angle . Its brightness will be incremented or decremented in this way , the red , green and blue three -color LED angle different angles will seriously affect the consistency of the consistency of the white balance , a direct impact on the fidelity of the video color display . To do the red, green , and blue LED brightness changes when different angles matching consistency required in the package lens design , raw material selection on strict scientific design , depending on the skill level packaging suppliers . Even the normal direction of the white display, if the LED point of consistency is not good , the entire screen of different angles balance effect will be poor consistency characteristic angle LED devices LED angle tester can measure , for the medium and end display is particularly important. Red, green and blue LED light shaped curve consistency as possible, the consistency of the entire display will be better. As R / G / B different angles inconsistent brightness caused uneven color , white balance is difficult to achieve consistency of different angles ; discrete and monochromatic light distribution curve is severe, causing the display poor consistency .

Dark LED concentrated in another module , the actual production of the LED lights if there is a difference in the brightness of the LED light in a single module . This difference is very obvious, so be sure to mix light craft used in the production of the LED lights on the display to the normal distribution , so that the consistency of the entire screen display is better ; if the line lights on the device , the light does not smooth , LED lamp light consistency is poor, will directly affect the consistency of the display white balance effect, so must increase the " whole lamp technology " to ensure LED Display flatness.

Thus affecting the balance display consistency ; signal coding system and the difference signal transmission bandwidth may also affect the balance LED Display consistency. LED dot matrix module design, as shown in Fig constant current chip output current differences in accuracy and precision of adjustment resistor differences may affect the LED glow. Combination of pixel arrangement is reasonable or not , it may affect the LED lamp light effects and pixel optical overlay effect, thus affecting the display of consistency ; PCB layout and alignment is reasonable or not , resulting in differences in the distribution of power and temperature , which will affect the display 's white balance consistency.

LED main wavelength or λp will shift to longer wavelengths , LED optical parameters pn junction temperature and have a great relationship . If the ambient temperature is high . In particular lattice, a large screen on the LED temperature reliability, stability influence. LED devices emitting region material value of the band gap of the device directly determines the emission wavelength, or color . InGaA lP and InGaN LED chips and other information belonging to group III-V compound semiconductor , GaA similar nature , when the temperature rises , the data band gap will decrease , resulting in the luminescence wavelength becomes longer, the color red-shifted wavelength with junction temperature change is expressed as : λ (T2 = λ (T1 +? T * K nm / ℃) Average K = 0.1 When the junction temperature rise 10 degrees, to the long wavelength shift 1nm and luminous uniformity, consistency variation 2. ~ 5nm wavelength , the human eye can feel the human eye to perceive a different color sensitivity there is a big difference , blue , green zone , a small wavelength will cause change on the human eye , so that the temperature of the blue and green LED device l effect put forward higher requirements.

In order to solve the problem I suggest white consistency initiative summary .

For products using certain methods and means of detection is important, one for display products, led lights . But in view of the value of money and a lot of product defects is not resolved through corrective maintenance , testing and inspection can provide the basis for subsequent product improvement and direction , but can not change the fait accompli of a defective product , so the pre-control is particularly valuable. Able to effectively ensure stability of the LED package reasonable control of the entire process , including the materials sub-file control to ensure the brightness, wavelength consistency ; spectrophotocolorimeter strict management equipment , hand plane machines and station operations , to ensure each product term consistency of the parameters .

Be red, green and blue LED luminance variation when different angles matching consistency ; LED Display module design , the two package lens design , the choice of raw materials strictly scientific design . Rational use of the drive circuit and signal disposal algorithms and optimized for PCB reasonably designed to ensure the accuracy and decreases the display module constant internal temperature ; LED Display module production with a reasonable mix light process control.

Or electronic display at work for some time, three of the LED Display LED pixel difference . Each one LED will be different levels of luminance and chrominance down , seriously affecting the display. Brightness and color correction using control technology to achieve brightness <1% Chroma Cx / Cy <0.003 precision calibration , rapidly enhance the display effect , making the module after the update has worked for some time later modules adhere brightness and color degree of consensus. Point correction operation formula is:

Rout = Rin * A11 + Grnin * A12 + Bluin * A13

Gout = Rin * A21 + Grnin * A22 + Bluin * A23

Bout = Rin * A31 + Grnin * A32 + Bluin * A33


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